ATHA Energy Discovers High-Priority Electromagnetic Target Coincident With 11.3% U308 Boulder Sample
NORTH BEACON AND NORTH CREST PROJECT HIGHLIGHTS
- Uriniferous boulder train discovered on the North Beacon Project with grades of up to 11.3% U3O8 analysis of the boulder train ice direction show they are likely derived from a source coincident with the Snowbird Tectonic Zone, on the Crest Project.
- Geotechs ZTEM and Mag survey was successfully deployed at the North Beacon and North Crest Projects, with a total of 6,905-line km flown.
- The North Beacon Project is located approximately 34 km southwest of the past producing Nisto Mine, near Black Lake and within 18 km to the east of the Fond Du Lac uranium showing, while the North Crest Project is situated 16 km along-trend to the southwest of the Nisto Mine. High prospectivity was discovered at each of the North Beacon Project and North Crest Project:
- The North Beacon Project hosts two locations where uranium mineralization has been discovered.
- The North Crest hosts three locations where uranium mineralization has been discovered.
- Additional uranium showings have been identified on untested structures that extend on to the properties of both Projects, highlighted by a uranium showing that returned 3552 ppm U308 in drillhole BL-02 below the unconformity, which is located 10 km from the North Beacon Project and 7 km from the North Crest Project.
- Numerous conductors with interpreted cross-cutting structures were identified across both Projects, with these types of general structures capable of acting as traps for uranium mineralization:
- At the North Beacon Project, the survey identified 88 km of prospective conductors that are associated with sympathetic structures related to the Grease River Shear Zone and the Snowbird Tectonic Zone.
- At the North Crest Project, the survey identified 34 km of prospective conductors that are associated with sympathetic structures related to the Snowbird Tectonic Zone.
- The survey results indicate that both Projects are prospective for hosting Unconformity and Basement styles of uranium mineralization.
VANCOUVER, British Columbia, Jan. 31, 2024 (GLOBE NEWSWIRE) -- ATHA Energy Corp. (CSE: SASK) (FRA: X5U) (OTCQB: SASKF) (ATHA or the Company), holder of the largest uranium exploration portfolio in two of the highest-grade uranium districts in the world, is pleased to announce results from its large-scale electromagnetic (EM) surveys at its 100%-owned North Beacon Project and North Crest Project (together, the Projects). The Projects are located in Saskatchewans Athabasca Basin, within the Companys North Rim Exploration District (the North Rim Exploration District).
EXPLORATION OUTLOOK
ATHAs recently announced acquisition of Latitude Uranium (CSE: LUR) (Latitude) and 92 Energy (OTCQB: NTELF) (92E) is expected to provide the pro-forma company with a newly diversified portfolio of uranium projects across the exploration risk curve on top of a strong balance sheet to sufficiently capitalize its exploration-at-scale strategy. Going forward, ATHAs exploration approach is designed with the intention of providing maximum exploration exposure by investing at scale in a large number of early-stage projects, while also seeking to deliver advanced exploration upside through the expansion of known uranium deposits and discoveries. Subject to the completion of ATHAs acquisition transactions with 92E and Latitude, ATHA intends to leverage its forecasted $65 million pro-forma cash position to pursue a fully-funded growth strategy with focus on:
- Deposit and Discovery Expansion: Historical resource deposits at the Angilak Deposit and CMB Discoveries, as well as the GMZ Corridor (host to Gemini Discovery) remain underexplored and is expected to provide significant resource and discovery expansion potential on a regional scale.
- Advanced Exploration: Drill ready targets on a number of advanced projects owned by Latitude and 92E have identified uranium mineralization, with active geophysical surveys informing future exploration program decisions by ATHA.
- Greenfield Exploration: Pro-forma land position of 7.1 million acres across some of the highest-grade uranium districts in the world provide ATHA with a robust pipeline of early-stage projects that are currently undergoing geophysical and geochemical analysis.
GREENFIELD EXPLORATION PROGRAM
The completed surveys at the North Beacon and North Crest Projects are part of the Companys maiden 2023 greenfield exploration program, which comprises a total of seventeen EM surveys being conducted across ATHAs current 3.8-million-acre exploration portfolio in the Athabasca Basin. To date, full results have been received and processed from seven of seventeen project areas, resulting in over 377 km of conductive lineaments and the definition of 28 prospective targets that have now been identified across the North Rim, East Rim, and Cable Bay exploration districts. The results from todays announcement represent three of those prospective targets, coincident with uranium mineralization. Additional EM surveys on the remaining twelve projects have also been completed and are now being processed, with the anticipation of those results further defining the prospectivity of the largest exploration portfolio in the Athabasca Basin. The remaining portion of the first phase of ATHAs greenfield strategy in the Athabasca Basin will include the full integration of the 2023 geophysics and regional geochemistry scheduled for completion in the first quarter of 2024.
Figure 1: ATHA Energy Land Package & Exploration Districts
Doug Adams, VP Exploration added: In 2023, ATHA set out to evaluate an industry-leading land position and with a strategy in place to advance 17 projects and 3.4 million acres, ATHA continues to generate high-priority targets in the worlds leading uranium district. Historic showings in the area have identified anomalous surface geochemistry coincident with the magnetic lows and conductive highs in the ZTEM. These results have elevated North Beacon and North Crest to be high-tier targets for immediate follow-up exploration. A gravity survey has been scheduled in Q1 of 2024 to further evaluate the 122 km of conductive lineaments.
NORTH RIM EXPLORATION PROGRAM
Historic exploration at the North Rim began in the early to mid 1900s with production ending at mines located near Uranium City once the Eldorado mining and milling facility closed in the early 1980s. Uranium in the Beaverlodge Mining District is structurally controlled with mineralization found in vein-filled fractures, breccias, and faults. The North Rim District remains highly prospective and is vastly under explored with modern exploration techniques. Furthermore, mining method innovation, proximity to surface, and the presence of existing infrastructure contribute to the prospectivity of this district.
The North Rim Districts exploration program covers a total of 688,268 acres of 100% ATHA owned claims using a combination of Xcite TDEM, ZTEM, MMT, and QMAGt survey types. The objective of the EM program is to identify prospective conductive units such as graphitic sheers and mapping of lithological contacts, which will then be targeted for further investigation. The graphitic sheers are typically formed in pelitic host rock which are known traps for uranium mineralization in the Athabasca Basin.
The North Beacon Project is comprised of 16 mineral claims, totalling 78,435 hectares, positioned in the structural wedge created by the ENE trending Grease River Shear Zone and the northeast trending Snowbird Tectonic Zone. Historic exploration drilling completed in 1967 on the eastern extent of the North Beacon Project intersected anomalous uranium within boulders in the overburden. Unfortunately, drilling did not progress deep enough approximately 200 m in the North to approximately 800 m in the south to intersect the unconformity.
The North Crest Project is comprised of 4 mineral claims, totalling 17,797 Hectares that cut across the Snowbird Tectonic Zone, approximately 18 km south of Nisto Mine. Notably, Camecos Centennial Deposit is an off-conductor deposit of 60MM lbs hanging wall from the conductive corridor of the Snowbird Tectonic Zone and is located 172 km south of North Crest Project. In 2008, exploration on the North Crest Project included four diamond drill holes targeting the southeast margin of the Snowbird Tectonic Zone, in an area similar to the Centennial discovery hole. The upper 100-300 meters of drilling intersected anomalous geochemistry and prospective alteration associated with brittle and brecciated structures that is often indicative of proximal uranium mineralization.
The recently completed EM surveys at North Beacon, North Crest, North Terra, North Pinnacle Projects, and North Valour-East along with the currently ongoing surveys at North Valour-West, and North Summit, notably represent the first modern exploration work on the projects in fifteen years.